No. Adipose tissue is not muscle, it is fat.
Selenium is stored in the heart, kidney, lung, liver, pancreas and muscle tissue. Selenium is found in nuts, meat, mushrooms, fish and eggs.
Yes, adipose tissue has the ability to regenerate. Adipose-derived stem cells found within the tissue can differentiate into new adipocytes, allowing for the regeneration of adipose tissue. This regenerative capacity is important for maintaining normal fat distribution and function in the body.
There is no correct shape for the adipose tissue because it can be many other different types of shapes, therefore it is polymorphic.
No, adipose tissue is body fat. Gristle is cartilage, and the word is often inaccurately used for hard cooked fat found on cooked meat.
In the bones of the body
adipose
Adipose tissue is body fat. In humans the adipose tissue is right under the skin. It also goes around internal organs and is found in bones and breast tissue. Adipose is mainly used as a reserve for energy in the body.
Loose connective tissue in the hypodermis supports the adipose tissue found there.
Adipose tissues (fat) is a type of connective tissue. It can be found in the heart walls and in joits.
adipocytes
Selenium is stored in the heart, kidney, lung, liver, pancreas and muscle tissue. Selenium is found in nuts, meat, mushrooms, fish and eggs.
adipose tissue and epiphyses
fat cells
Adipose tissue is also called fat tissue. It is found under the skin, around organs such as the eyes and kidneys, on the surface of the heart, around certain joints, and in some abdominal members as an "apron" over the abdominal organs. Your skin has three layers. Epidermis, dermis, and hypodermis. Adipose tissue is in the hypodermis.
Adipose tissue is also called fat tissue. It is found under the skin, around organs such as the eyes and kidneys, on the surface of the heart, around certain joints, and in some abdominal members as an "apron" over the abdominal organs. Your skin has three layers. Epidermis, dermis, and hypodermis. Adipose tissue is in the hypodermis.
Yes, adipose tissue has the ability to regenerate. Adipose-derived stem cells found within the tissue can differentiate into new adipocytes, allowing for the regeneration of adipose tissue. This regenerative capacity is important for maintaining normal fat distribution and function in the body.
There is no correct shape for the adipose tissue because it can be many other different types of shapes, therefore it is polymorphic.